Stephen G. Brickley

The paper shows that the type of inhibition from thalamic interneurons affects input selectivity in thalamocortical neurons through differences in GABA release patterns.

This study identifies the role of thalamic GABAergic neurons in circadian responses to light, showing their involvement in vigilance state transitions and dim light entrainment.

The paper investigates how histamine and GABA co-release from TMN axons affects PFC neuron excitability, showing increased inhibition in pyramidal cells and enhanced effects in older mice.

The paper identifies two developmental origins of thalamic inhibitory interneurons in mice and shows their distribution in the marmoset thalamus.